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Accession Number |
TCMCG028C10683 |
gbkey |
CDS |
Protein Id |
KAF6146071.1 |
Location |
join(1340530..1341687,1342553..1343017,1344033..1344160,1344369..1344462,1345520..1345652,1346081..1346144,1347466..1348195,1348396..1348725,1350609..1351121,1351217..1351289,1351570..1351655,1353146..1353265,1354010..1354077,1355550..1355589) |
Organism |
Kingdonia uniflora |
locus_tag |
GIB67_033430 |
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Length |
1333aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA587615, BioSample:SAMN13195877 |
db_source |
JACGCM010002017.1
|
Definition |
hypothetical protein GIB67_033430 [Kingdonia uniflora] |
Locus_tag |
GIB67_033430
|
CDS: ATGGAGTCGGAGAAGAATCGTTCATCGATACAGTGTAGCTCAACATCTCTACAAGGTAAACCTCACTCGCATGAAGACGACGAGACGAAGATGAGCAAGGGAGACGAAGGAGGTGGAGGTGGAGGTGAATCGAGTGGTGTTACGAAGAGGAAGGTAGGGTTTGATGATGATAGTGATGAAGAAGAAGAGCTTAGGTTTAAGAGATCGTATCGTAAGCGTCAACTAGAGAGAAGGAATCGATGTTCGAATAAAGGGGTTAAGAGGATTTCAGAGGCGAGAACTAAGGATTTGGATGAGTGTAAGGGTGTTTTGGACGAGAGGGCGTCTCGAAAGCCTTCATCAAAGACAGAGAGTCGAGGTTCGGGCAAGGGGGTGGAGATTTTGGAGGCGAAAGCTAAGGATTTGGATGAACTGAAGGTTGTTTTGGACGAGAGATTGTCTCGGAAGGCTTCATTAGAGACAAGGAGTCAAGTTTCGGAGAAAGGGGTGAAGATTTCTGAGGCGAAAGCTAAGGATTTGGATGAACTGAAGGTTGTTTTGGACAAGAGATCATCATCTCACAATCCATCATTAGAGACAACGAGTCGAGTTTCGAACAAAGGGGTGAAGAGGATTTCGGAGGCGAAAACTAAGGATTTGGATGAATGTAAGAGTGTTTTGGACGAGAGAGCGCCTCGCAAGCCTTCATTGGAAACAAGGAACCGAGTTTCAGGCAAAGGGACGAAGATTGTGGAGGCGGAAGTTAAGGATTGGGATGAACTGAAGCTTGTTTTGGATGAGAGATCACCTCAAAAGCCTCCAATAGAAACAAGGAATCGAGTTTTGGAGAAAGGTGCGAAGATCTTGGTGGCAGAAATTAAGGATTGGGATGAACTAAAGGTTCGAAAACCTCCATTAGAGACAAGGAATCGAGTTTCAGACAAAGGGGTGAAGATTTCGGAGGCAAAAACTAAGGATTCGGATAAATGTAAGAGTTTGTTGGATGAGAAACATGTACTTAAGCGTAAATCGACATTGGAGGCTGATATAGAAGAGGGGAGTTTGGCGAAGAGACATAAGAGCTCTAGTGGAAGTGTGGAGGGGAAAGATATTGTAGGATCAGGAAAGGGAAAATCGGCCGGCGAAAGCAGGACACCACCCACAAATATAACTTCAAGGTGTAGTGAGACATCTCTACCAGGTAAACATTACTGTGAAAACCACCATTCGCATGAGGAAACGAAGCTTCAAACAAAAAAGGAGGAAGAAATTTCAGAAGATGAAGGTAAAGGGGAATCGAGTGGTACAAATAGGAAACCAGGGTTTGATGATAGCGACGAAGAACAACTCAGGTTCAAGAGATCATCTCGCAAACCTCCGGTAGAGAGAGGAAATCACCGTTCGGACAATGATATGAAGATTCCAGAGGAGAAAACTAAGGATTCGGATAAAAGTAAGAGTTTCTTAGACGAAAAACATGTAATTAAGCTTAAATCGACATTGAAGTCAGATATAGAAGAGGGGAGTTCAGCGAAGAGACATAAGAGTTCTAGTAGAAGTGCGAAGGATAAGGATGTAGTAGGGTTAGGAGAGGGAATATCTGCTGGCGAAAGAAGGACATCATCTGTGAACATAGCTTCAAGGGATTCTGTTGGTGAGAACAAAAGGTGCAAGTCTCTAATGTGTCACCAATGTCAGCGGAATGACAAGGGCGGTGTGGTATTTTGTTCCAATTGCAGTAAACGATATTGCTACCCCTGCATTGAGAAGTGGTATCCTAACAAATCAAGAGAGGAAATCGAGAATAAATGTCCGTTCTGCTGCGACAACTGCAACTGCAAAGCATGTTTACGACTAGATATAAGGCCCAACCGTGATGAGCTAGATCCAAGTATCAAGCTTCAGCGGCTTCTTTACTTGCTACATAGAGTTTGCCCTTTTCTCAAAGAAATTTACTCGGAACAGACATGTGAACTAGATAGTGAAGGCACGATTAGAGGAGTTCGTCTCACAGAAGCTGACGTCACAAGGTCTAAACTTACTGACGATGAGCGCCGGTTCTGCGACAACTGCAATACATCTATTGTCGATTTCCACAGAAGCTGCCCCAACAATGATTGTTCATATGATATCTGTCTCACTTGTTGCCGTGAACTAAGGGAAGGTTCTCAGCCTGGCGGTAATGAAGCAGAATCCTCTCACAGAAATTTTGTTGAAAAGCCCACATCTAAGAAAAAGAACGGCGAGGAGTGTAAAGGGGCACCTGTGGTGAAAAGTTGTACCACTAATGTTTCTGCTGATTTCCCTGATTGGAAAGCTAACGCTGATGGTAGCATTCCATGTCCCCCTCAAAAGCGTGGTGGTTGTGGGTCTAAGATACTTCAATTGAGGCGTACCTTCAAAGCTAACTGGGTTGAAACACTGCTTAAGAATGCTGAGAAATTAACTAGTAAACATTCATTCCCAAATTGGGATCTTTCTCTGGGGTGTTCTTTGTGTTTTAAGGATAAAAGAAATTCAGAATTGAGAGAGGCAGCCTTCCGGGAGAACAGTTGTGACAACTTTCTTTACTGCCCTAATGCTGTTGAAATGAGAGATGATGAAATAGAGCATTTCCAAATGCATTGGATAAGAGGTGAACCTGTTTTGGTTAGAAATGTACTTGAAAAGACAGATGGTCTTAGCTGGGAGCCGATGGTCATGTGGAGGGCTTTAAGAGAGTTGGGTGCAAAAGCCAAGCTTAAAGATGAGACACAAACTGTGAAAGCTATCGATTGCTTGGATTGGTGTGAGGTTGAGATTAACATTCACCAGTTCTTTGAAGGCTACTCAAAGGGCCGTGTGCACAAGAATAACTGGCCGGAGATGTTAAAGCTGAAGGATTGGCCATCATCGACTTCATTTGAAGATCGTCTGCGGAGGCATGGTGCTGAATTTAATGGTGCGCTTCCATATAGTGATTACACCGATCCAAAATCCGGTGTTCTTAATCTTGCAGCAAAACTTCCAGAAAAGTGTCTGAGGCCGGACTTGGGACCCAAAACGTACATCGCATATGGCTTTCCTGAAGAACTCAGCAGAGGTGATTCGGTTACAAAGTTGCACTGTGATGTGTCTGATGCGGTAAACGTATTAACACATACATCTGAAGTGGATATTCCAAAAGAGCAAAAAGCGCGTATATGGAAGATGAAGAAGAAATATGAAGCTGAGGATATCCGTGACCTCTATTGTGGAAAATATGAAGCATTAAATAAACTCGAAGGAAAGCACCTGAGCCAACCTCACAAAGATGAAGTCATGGAGGCTGGACCCGCAAATGCTGGCCAGAGTGATACTCTCATGAGTCTGGAAGAAAGGAAATTAGTTAACCACAAACTCATTTCTGGGGAATGTGAAGATGGACAATTAGTGTCTGAAACGGTAAATATGGAGTCAAAGATGCGAGTTGAAGATATAGCTGATACTGGGGAAACATGTTCAATAGAGACGAAGAAGATTTCTAGTGGGGACATGGTTAAAATTGGAAGTGCCGTTTGGGACATATTCCGTAGGGAAGATGTACCAAAGTTAAAAGAGTACTTGCAGAGGCATTATACAGAATTTCGTCACATTAAAGAAGCTCCAGTTAATTCTGTAAGTCATCCTATTCATGATCATACTCTTTACTTGGATGCAAAGCATAAGAAACAACTGAAAGAGGAGTTTGATGTTGAACCTTGGACCTTTGAGCAAGATCTCGGTGACGCTGTTTTCATTCCAGCAGGATGTCCTCATCAAGTTAGAAATAGGAAGTCTTGCATCAAAGTGGCCCTTGATTTTGTATCCCCTGAGAATGTTCACCAGTGCATTCGATTGACTGAGGAGTTTCGTCTGCTCCCAAAAAATCACAGGGCCAAGGAAGATAAACTGGAGGTGAAAAAGATGACTCTGTATGCTGTAAGTGCAGCTGTGAGGGAAGTCAATTCTCTAATTGAACGCAACAGTAAAAAGGAGAAGAAGAAGGGAGTGCTACGACCTTGA |
Protein: MESEKNRSSIQCSSTSLQGKPHSHEDDETKMSKGDEGGGGGGESSGVTKRKVGFDDDSDEEEELRFKRSYRKRQLERRNRCSNKGVKRISEARTKDLDECKGVLDERASRKPSSKTESRGSGKGVEILEAKAKDLDELKVVLDERLSRKASLETRSQVSEKGVKISEAKAKDLDELKVVLDKRSSSHNPSLETTSRVSNKGVKRISEAKTKDLDECKSVLDERAPRKPSLETRNRVSGKGTKIVEAEVKDWDELKLVLDERSPQKPPIETRNRVLEKGAKILVAEIKDWDELKVRKPPLETRNRVSDKGVKISEAKTKDSDKCKSLLDEKHVLKRKSTLEADIEEGSLAKRHKSSSGSVEGKDIVGSGKGKSAGESRTPPTNITSRCSETSLPGKHYCENHHSHEETKLQTKKEEEISEDEGKGESSGTNRKPGFDDSDEEQLRFKRSSRKPPVERGNHRSDNDMKIPEEKTKDSDKSKSFLDEKHVIKLKSTLKSDIEEGSSAKRHKSSSRSAKDKDVVGLGEGISAGERRTSSVNIASRDSVGENKRCKSLMCHQCQRNDKGGVVFCSNCSKRYCYPCIEKWYPNKSREEIENKCPFCCDNCNCKACLRLDIRPNRDELDPSIKLQRLLYLLHRVCPFLKEIYSEQTCELDSEGTIRGVRLTEADVTRSKLTDDERRFCDNCNTSIVDFHRSCPNNDCSYDICLTCCRELREGSQPGGNEAESSHRNFVEKPTSKKKNGEECKGAPVVKSCTTNVSADFPDWKANADGSIPCPPQKRGGCGSKILQLRRTFKANWVETLLKNAEKLTSKHSFPNWDLSLGCSLCFKDKRNSELREAAFRENSCDNFLYCPNAVEMRDDEIEHFQMHWIRGEPVLVRNVLEKTDGLSWEPMVMWRALRELGAKAKLKDETQTVKAIDCLDWCEVEINIHQFFEGYSKGRVHKNNWPEMLKLKDWPSSTSFEDRLRRHGAEFNGALPYSDYTDPKSGVLNLAAKLPEKCLRPDLGPKTYIAYGFPEELSRGDSVTKLHCDVSDAVNVLTHTSEVDIPKEQKARIWKMKKKYEAEDIRDLYCGKYEALNKLEGKHLSQPHKDEVMEAGPANAGQSDTLMSLEERKLVNHKLISGECEDGQLVSETVNMESKMRVEDIADTGETCSIETKKISSGDMVKIGSAVWDIFRREDVPKLKEYLQRHYTEFRHIKEAPVNSVSHPIHDHTLYLDAKHKKQLKEEFDVEPWTFEQDLGDAVFIPAGCPHQVRNRKSCIKVALDFVSPENVHQCIRLTEEFRLLPKNHRAKEDKLEVKKMTLYAVSAAVREVNSLIERNSKKEKKKGVLRP |